Routine Or Routines
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Organizational Resilience
Author: D. Christopher Kayes
language: en
Publisher: Oxford University Press
Release Date: 2015-03-23
In the age of knowledge, organizations survive and thrive only when they learn. All too often, when organizations are confronted with novel or changing situations, the process of learning breaks down and the result is catastrophic. In Organizational Resilience: How Learning Sustains Organizations in Crisis, Disaster, and Breakdown, D. Christopher Kayes explains why all organizational leaders should be concerned about learning and the dire consequences that may ensue if they are not. Kayes draws on the foundational ideas of philosopher John Dewey, then connects this philosophy to contemporary studies on learning, management, and organizations. Through a wide range of examples from the realms of government, finance, engineering, healthcare, and commercial air travel, he describes how learning can help organizations weather crises and outlines specific ways that leaders can learn from their experience. The first comprehensive review of how learning sustains organizations in challenging times, Organizational Resilience is essential reading for crisis managers, disaster-recovery team leaders, continuity-of-operations planning professionals, emergency-management professionals, and leaders at all levels who want their organizations to thrive.
Understanding Control Flow
The control-flow issues presented in this textbook are extremely relevant in modern computer languages and programming styles. In addition to the basic control-flow mechanisms, virtually all new computer languages provide some form of exceptional control flow to support robust programming introduced in this textbook. Also, concurrency capabilities are appearing with increasing frequency in both new and old programming languages, and are covered in this book. Understanding Control Flow: With Concurrent Programming Using μC++ starts with looping, and works through each of the basic control-flow concepts, examining why each is fundamental and where it is useful. Time is spent on each concept according to its level of difficulty. Examples and exercises are also provided in this textbook. New programming methodologies are requiring new forms of control flow, and new programming languages are supporting these methodologies with new control structures, such as the concurrency constructs discussed in this textbook. Most computers now contain multi-threading and multi-cores, while multiple processors and distributed systems are ubiquitous — all of which require advanced programming methodologies to take full advantage of the available parallelism summarized in this textbook. Advance forms of control flow are becoming basic programming skills needed by all programmers, not just graduate students working in the operating systems or database disciplines. This textbook is designed for advanced-level students studying computer science and engineering. Professionals and researchers working in this field, specifically programming and software engineering, will find this book useful as a reference.
Practical Data Acquisition for Instrumentation and Control Systems
Introduction to Data Acquisition & Control; Analog and Digital Signals; Signal Conditioning; The Personal Computer for Real Time Work; Plug-in Data Acquisition Boards; Serial Data Communications; Distributed & Standalone Loggers/Controllers; IEEE 488 Standard; Ethernet & LAN Systems; The Universal Serial Bus (USB); Specific Techniques; The PCMCIA Card; Appendix A: Glossary; Appendix B: IBM PC Bus Specifications; Appendix C: Review of the Intel 8255 PPI Chip; Appendix D: Review of the Intel 8254 Timer-Counter Chip; Appendix E: Thermocouple Tables; Appendix F: Numbers Systems; Appendix G: GPIB (IEEE-488) Mnemonics & their Definition; Appendix H: Practical Laboratories & Demonstrations; Appendix I: Command Structure & Programming.